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豆科云实亚科含羞草类分支中L.属的解体。

Disintegration of the genus L. (Leguminosae, Caesalpinioideae, mimosoid clade).

作者信息

Hughes Colin E, Ringelberg Jens J, Lewis Gwilym P, Catalano Santiago A

机构信息

Department of Systematic & Evolutionary Botany, University of Zurich, Zollikerstrasse 107, 8008 Zurich, Switzerland University of Zürich Zurich Switzerland.

Accelerated Taxonomy Department, Royal Botanic Gardens, Kew, Richmond, Surrey, TW9 3AE, UK University of Zurich Zurich Switzerland.

出版信息

PhytoKeys. 2022 Aug 22;205:147-189. doi: 10.3897/phytokeys.205.75379. eCollection 2022.

Abstract

Robust evidence from phylogenomic analyses of 997 nuclear genes has recently shown, beyond doubt, that the genus is polyphyletic with three separate lineages, each with affinities to other genera of mimosoids: (i) is an isolated lineage placed in the grade of , and that subtends the core mimosoid clade; (ii) the remaining Old World species of form a clade that is sister to the Indo-Nepalese monospecific genus and (iii) New World has the Namibian / Namaqualand monospecific endemic genus nested within it. This means that it is now clear that maintaining the unity of the genus sensu Burkart (1976) is no longer tenable. These three distinct lineages of species correspond directly to Burkart's (1976) sectional classification of the genus, to previously recognised genera and to the differences in types of armature that underpin Burkart's sections. Here, we address this non-monophyly by resurrecting three segregate genera - , and and provide 57 new name combinations where necessary, while maintaining the morphologically distinctive and geographically isolated genera and . The genus itself is reduced to just three species and an emended description is presented. The impacts of these name changes for a genus of such high ecological and human use importance are discussed. These impacts are mitigated by clear differences in armature which facilitate identification and by potential benefits from the deeper biological understanding brought about by recognition of these divergent lineages at generic rank. We provide an identification key to genera and present a map showing the distributions of the segregate genera, as well as drawings and photos illustrating variation in armature and fruits.

摘要

最近,对997个核基因进行系统发育基因组分析得出的有力证据毫无疑问地表明,该属是多系的,包含三个独立的谱系,每个谱系都与含羞草科的其他属有亲缘关系:(i) 是一个孤立的谱系,处于 、 和 的等级,构成核心含羞草科分支的基部;(ii) 该属在旧世界的其余物种形成一个分支,是印度 - 尼泊尔单型属 的姐妹群;(iii) 新世界的 包含纳米比亚/纳马夸兰单型特有属 。这意味着现在很清楚,维持布尔卡特(1976年)所定义的该属的统一性已不再成立。该属物种的这三个不同谱系直接对应于布尔卡特(1976年)对该属的组分类、先前认可的属以及构成布尔卡特各组基础的刺的类型差异。在这里,我们通过复活三个独立的属—— 、 和 来解决这种非单系性问题,并在必要时提供57个新的名称组合,同时保留形态上独特且地理上隔离的属 和 。该属本身缩减为仅三个物种,并给出了修订后的描述。讨论了这些名称变化对这样一个具有高度生态和人类利用重要性的属的影响。刺的明显差异便于识别,以及在属级层面认识到这些不同谱系所带来的更深入生物学理解的潜在益处,减轻了这些影响。我们提供了一个属的识别检索表,并展示了一张地图,显示各独立属的分布情况,以及说明刺和果实变异的绘图和照片。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/5236/9849005/240a1a64dab4/phytokeys-205-147_article-75379__-g001.jpg

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